Radial Metallized Polypropylene Film  X2

Capacitor in Plastic Case

 Description:

Metallized polypropylene film capacitors, cased in plastic box sealed in epoxy resin (flame retardant UL-94V-0).
Terminals: tinned copper clad steel wires.
Non inductive wound construction.
Metal layer deposited by evaporation under vacuum.

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 Applications:

Electromagnetic interference suppression.
General industrial applications.
Home appliances (mixers, fans, toasters, etc.).
Audio and TV circuits.
Lighting.
Electric tools and EMI filters

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 TECHNICALCHARACTERISTICS
MKP41 SERIES
Capacitance Range at 1 kHz, 20ºC
0,0047 µF - 2,2 µF
Capacitance tolerance at 1 kHz
J(+5%), K(±10 %), M( ±20 %)
Rated Voltage (VR)
X2: 250/275 V a.c. - 50/60 Hz
Dissipation Factor
Cr< 1uF: 0,3% max  (20ºC, 10KHZ)
Cr>1uF: 0,1% max (20ºC, 1KHZ)
Insulation Resistance
(20ºC / 100VDC / 60s)
C< 0,33uF IR>15000MOhm
C> 0,33uF IR>5000S
Temperature Range
-40 °C to + 100 °C
Test voltage
1.700 Vd.c. @ 2s
Pulse voltage
CR< 1uF:  UP 2500VDC
CR> 1uF:  UP 2500/ ÖCR VDC

Peak pulse voltage
2,5 kV
DV/DT
X2: 100 V/µs
Endurance
1,25 x UR Va.c + 1.000 Va.c. 0,1 s/h @ 1.000 h
Reference specification
IEC 384 - 14 GB/T14472-98
UL1283, UL1414, EN 132400
Approvals
VDE License No.: 40001876
UL1283: File No.:E199411; UL1414/cUL: File No.:E191159
Class
X2

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 DIMENSIONS
MKP41 SERIES
INTERNALCODE
CAP.
VOLTAGE
SERIES
L± 0.3
H± 0.3
T± 0.3
P± 0.5
d± 0.05
FMKP410004BP---
0.0047µF
250/275 VAC
MKP-41
13
9
4
10
0.6
FMKP410005BP---
0.0056µF
250/275 VAC
MKP-41
13
9
4
10
0.6
FMKP410006BP---
0.0068µF
250/275 VAC
MKP-41
13
11
4
10
0.6
FMKP410010BP---
0.010µF
250/275 VAC
MKP-41
13
11
4
10
0.6
FMKP410010BQ---
0.010µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410015BP---
0.015µF
250/275 VAC
MKP-41
13
11
4
10
0.6
FMKP410015BQ---
0.015µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410022BP---
0.022µF
250/275 VAC
MKP-41
13
11
4
10
0.6
FMKP410022BQ---
0.022µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410033BP---
0.033µF
250/275 VAC
MKP-41
13
11
5
10
0.8
FMKP410033BQ---
0.033µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410047BP---
0.047µF
250/275 VAC
MKP-41
13
12
6
10
0.8
FMKP410047BQ---
0.047µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410068BQ---
0.068µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410082BQ---
0.082µF
250/275 VAC
MKP-41
18
11
5
15
0.8
FMKP410100BQ---
0.10µF
250/275 VAC
MKP-41
18
12
6
15
0.8
FMKP410150BQ---
0.15µF
250/275 VAC
MKP-41
18
13
7.
15
0.8
FMKP410220BQ---
0.22µF
250/275 VAC
MKP-41
18
14.5
7.5
15
0.8
FMKP410220BR---
0.22µF
250/275 VAC
MKP-41
26.5
15
6
22.5
0.8
FMKP410330BQ---
0.33µF
250/275 VAC
MKP-41
18
16
10
15
0.8
FMKP410330BR---
0.33µF
250/275 VAC
MKP-41
26.5
16.5
7
22.5
0.8
FMKP410470BR---
0.47µF
250/275 VAC
MKP-41
26.5
17
8.5
22.5
0.8
FMKP410680BR---
0.68µF
250/275 VAC
MKP-41
26
19
10
22.5
0.8
FMKP410680BS---
0.68µF
250/275 VAC
MKP-41
32
17.5
8.5
27.5
0.8
FMKP411000BS---
1µF
250/275 VAC
MKP-41
32
20
11
27.5
0.8
FMKP411500BS---
1.5µF
250/275 VAC
MKP-41
32
22
13
27.5
0.8
FMKP412200BS---
2.2µF
250/275 VAC
MKP-41
32
28
14
27.5
0.8


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 LEADS STYLE
MKP41 SERIES
LL
CL
LI
LF
d
0.8
0.8
0.8
W
25±5
5±1
35±5
35±5
S
9±2
9±2
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 CHARACTERISTICS MKP41 SERIES
Impedance (Z) versus frequency
Disspation factor as a function of frequency
 STANDARD TESTS
MKP41 SERIES

PEAK PULSE TEST

V peak = 2,5 kV (Three times before endurance test)

Typical waveform. The exact values of T1 & T2 depend on the capacitance value being tested.


ENDURANCE TEST

The capacitors are tested for 1.000 hours at upper category temperature
with a voltage of 1,25 x UR for class X2.

Every hour the test voltage is increased up to 1000VRMS/50Hz for a period of 0,1 s.


ACTIVE FLAMMABILITY TEST

The capacitors are tested at the rated voltage (Vac) at 50Hz with superimposed 20 pulses at 2,5 kV for class X2 with an interval between the sucessive pulses of 5 seconds.

The rated voltage is maintained for 2 min after the last discharge. The cheese-cloth
around the capacitor shall not burn with a flame.


CHARGE AND DISCHARGE TEST

The capacitors are subject to 10.000 cycles of charge and discharge at the rate of approximately one operation per second and the maximum rate of change of voltage (dV/dt) shall be aproximately
100 V/?s.


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